Control of hydraulic, hydrological, maritime and environmental parameters in Hydraulic Works.
Analysis and control of all infrastructures in the Integrated Water Cycle, from collection (dams and hydroelectric plants), transportation (pipes, canals, and reservoirs), treatment (DWTP), purification (WWTP), and discharge into the sea (ports).
Smartyplanet solutions for the hydraulic works sectors:
Channels, flows and rivers
Level control in reservoirs and tanks.
Flow control in pipelines and intake, supply and sanitation channels.
Control of spills and floods.
Determination of wave levels in ports.
Viability of navigation through canals and docking in ports.
Air quality
Gas emission control in settling ponds.
Air pollution control in hydroelectric power plants.
Determination of possible gas leaks in wastewater treatment and cogeneration plants.
Monitoring air quality in port facilities.
Environmental acoustic quality
Control of noise levels in hydroelectric power plants.
Noise pollution control in treatment and purification facilities.
Monitoring noise levels in port facilities.
Measurement of dB(A) of equipment operation in hydraulic installations.
Quantity and quality of water
Level control in reservoirs and tanks.
Flow control in pipelines and intake, supply and sanitation channels.
Measurement of turbine flow rates in hydroelectric power plants.
Water quality in ETAPs and WWTPs.
Discharge control.
Analysis of fuel spills in ports.
Weather station
Control of climatic conditions in reservoirs (temperature, humidity, wind, evaporation, etc.).
Measurement of precipitation and the volume of water supplied to rivers.
Control of climatic variables that affect the condition of pipelines and canals.
Analysis of the influence of meteorology on water treatment and purification processes.
Discharge control.
Control of temperature, solar radiation, humidity and winds in ports.
Snow monitoring
Determination of volumes of water in the form of snow contributed to reservoirs and channels.
